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Category: Precision Agriculture

Linking scientific developments and industrial applications

SPECTORS
Hochschule Rhein-Waal (HSRW; https://www.hochschule-rhein-waal.de/en) is one of the scientific partners within the SPECTORS project and is responsible to link scientific development and industrial use between partners. Through close collaboration with different partners within the SPECTORS project, HSRW had made progress in different applications.   On-premise cluster environment for remote sensing applications Knowing the importance of...

Temporal and Spatial Heterogeneity of Plant Growth

SPECTORS
Forschungszentrum Jülich (FZ Jülich; www.fz-juelich.de) is one of the biggest research facilities in Germany. Within the scope of the SPECTORS project, FZ Jülich is developing remote sensing and data processing technology for precision farming as well as for increasing the digitalization in agriculture.   Research in FZ Jülich There are three core research focuses in FZ...

From Soil Conditions to Water and Agricultural Crop Management

SPECTORS
KnowH2O (https://www.knowh2o.nl/en/) is a SPECTORS partner (SME) that specializes in hydrology, water management and water quality research and consultant services. Within the scope of the SPECTORS project, KnowH2O is developing application prototypes and solutions for farm management and an integrated online information service.    Optimizing grassland fertilization practices To give an example, KnowH2O in cooperation...

Big drones for future farming

SPECTORS
Drone4Agro (http://drone4agro.com), one of the partners in the SPECTORS project, focuses on developing drone technologies for the agricultural sectors. The expertise of Drone4Agro includes spraying drones for precision agriculture and docking stations for recharging and refilling of the drones.   Spraying drones Understanding that small open field horticulturalist and greenhouse owner have different needs than...

Hyperspectral imaging introduction

Nancy

Hyperspectral cameras are very powerful sensors already widely used on satellites such as NASA EO-1 with its hyperspectral instrument Hyperion. The characteristics of this sensor are multiple; every pixel of every image taken contains the continuous radiance spectrum over a certain range of wavelengths, which means different values define the single pixel, achieving huge amount…